In recent years, chlorophyll a fluorescence measurements have been increasingly applied to
various fields of plant physiology. Chlorophyll can be regarded as an intrinsic fluorescent …

Regulation of function of proteins by phosphorylation of constituent amino acids has been
studied most extensively in enzymes from mammalian cell and tissue extracts. In 1956 …

光合作用是植物生长发育的基础. 光质对植物光合作用的调控主要包括可见光对植物气孔器运动
, 叶片生长, 叶绿体结构, 光合色素, D1 蛋白及其编码基因和光合碳同化等的调节 …

The efficiency of monochromatic light to drive photosynthesis drops rapidly at wavelengths
longer than 685 nm. The photosynthetic efficiency of these longer wavelengths can be …

In oxygen-evolving photosynthesis, the two photosystems—photosystem I and photosystem
II—function in parallel, and their excitation levels must be balanced to maintain an optimal …

We have constructed Arabidopsis thaliana plants that are virtually devoid of the major light‐
harvesting complex, LHC II. This was accomplished by introducing the Lhcb2. 1 coding …

All chemical and physical properties of cells have a structural basis. Thus, a complete
understanding of photosynthetic membrane function requires a detailed knowledge of the …

A chlorophyll-protein complex of chloroplast membranes, which simultaneously serves as
light-harvesting antenna and membrane adhesion factor, undergoes reversible, lateral …

The response of chlorophyll fluorescence elicited by a low-fluence-rate modulated
measuring beam to actinic light and to superimposed 1-s pulses from a high-fluence-rate …

The mechanism of excitation energy redistribution (state transition) in organisms containing
phycobilins is reviewed. Recent measurements using time-resolved fluorescence …